On the basis of all these fractures tell me common physiotherapy management for all of them and if there is any difference in any of the fracture mention under that phase

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Physiotherapy Management: Fractures & Dislocations of the Upper Limb

Fractures Covered (from your notes):

Shoulder Girdle: Scapula #, Clavicle #, Shoulder Dislocation Humerus: Head (Proximal) #, Shaft #, Supracondylar # Elbow: Olecranon #, Elbow Dislocation Forearm: Forearm bones #, Monteggia #, Galeazzi #, Colles # Hand: Scaphoid #, Rolando's #, Phalanges #

PHASE-WISE PHYSIOTHERAPY MANAGEMENT

The management is divided into three standard phases. Common principles apply to all, with fracture-specific differences noted within each phase.

PHASE 1 - Acute / Immobilization Phase (0-3 weeks typically)

Common Goals (All Fractures)

Control pain and edema
Prevent complications (DVT, muscle atrophy, stiffness of adjacent joints)
Maintain circulation and mobility of uninvolved joints
Patient education on posture, sling use, and activity modification

Common Interventions

Elevation of the limb to reduce swelling
Ice/cryotherapy (15-20 min, 3-4 times/day) for first 48-72 hours
TENS / IFT for pain relief
Isometric (static) exercises of immobilized muscles (within the cast/sling)
Active free exercises of all joints NOT immobilized:
- Shoulder: if elbow/wrist is immobilized
- Finger movements (grip, extension)
- Wrist: if not immobilized
- Shoulder pendular (Codman's) exercises where applicable
Chest physiotherapy if patient is bedridden

Fracture-Specific Differences in Phase 1

Fracture	Special Consideration
Clavicle #	Figure-of-8 bandage or sling; shoulder retraction exercises allowed early; avoid shoulder elevation or forward flexion
Scapula #	Usually treated conservatively; arm sling used; ipsilateral shoulder and elbow active movements permitted early (by 1 week) since most are minimally displaced
Shoulder Dislocation	Sling immobilization 3-6 weeks; avoid external rotation and abduction (anterior dislocation) in Phase 1; isometrics only
Proximal Humerus #	Early physiotherapy within 1 week is recommended - Cochrane review evidence shows less pain without compromising long-term outcomes; begin pendular (Codman's) passive exercises early - Rosen's Emergency Medicine
Humeral Shaft #	U-slab or functional brace; shoulder and elbow ROM exercises begin 2-3 days post-ORIF; gravity-assisted pendular exercises - Rockwood & Green's Fractures in Adults
Supracondylar #	High-risk for Volkmann's ischemic contracture - neurovascular monitoring is PRIORITY; elbow kept in 90° flexion after reduction; only active finger and wrist movement initially; no passive elbow movement
Olecranon #	Posterior slab with elbow at 90°; gentle active finger/wrist exercises; avoid elbow extension against gravity early
Elbow Dislocation	After reduction, cast for 2-3 weeks; early active motion within 2-3 weeks is key to prevent stiffness; isometric biceps and triceps
Colles' Fracture	Dorsal slab/below-elbow cast; active shoulder and elbow exercises from day 1; active finger and thumb movements; elevation critical for edema
Monteggia / Galeazzi #	Both are fracture-dislocations needing ORIF in adults; immobilization stricter; DRUJ/PRUJ stability must be restored before PT begins; finger and shoulder exercises only
Scaphoid #	Thumb spica cast (can extend above elbow in proximal pole #); only finger and shoulder exercises; no wrist movement at all; prolonged immobilization (6-12 weeks) due to AVN risk
Rolando's #	Bennett's variant - thumb CMC involvement; thumb spica; opposition and IP joint exercises of other fingers allowed
Phalanges #	Buddy strapping or extension splint; active finger flexion and extension of non-involved fingers; IP joint exercises

PHASE 2 - Subacute / Post-Immobilization Phase (3-6 weeks; cast/sling removed)

Common Goals (All Fractures)

Restore full range of motion (ROM)
Regain muscle strength
Reduce post-immobilization stiffness
Prevent adhesions

Common Interventions

Active ROM exercises of the previously immobilized joint
Active-Assisted ROM (AAROM) using pulleys, wand/stick exercises, wall climbing
Passive ROM by therapist - gentle and pain-free
Mobilization techniques - Maitland grades I-II to reduce pain, III-IV for stiffness
Wax bath / Warm soaks - before exercises to reduce stiffness (especially wrist/hand)
Edema management - retrograde massage, compression gloves
Soft tissue techniques - scar massage, friction massage around fracture site
Strengthening - begin with isometrics, progress to isotonics (free weights, theraband)
Occupational therapy activities - ADL retraining, grip strengthening with putty

Fracture-Specific Differences in Phase 2

Fracture	Special Consideration
Clavicle #	Shoulder girdle strengthening - trapezius, rhomboids, serratus anterior; protraction-retraction exercises; pendular exercises begin
Shoulder Dislocation	External rotation and horizontal abduction introduced carefully; rotator cuff strengthening (internal rotators first for anterior dislocation); proprioception training crucial to prevent recurrence
Proximal Humerus #	Progress from passive pendular to active-assisted with pulley; avoid aggressive passive stretching; risk of AVN - monitor
Humeral Shaft #	Radial nerve palsy (most common complication - injury at spiral groove); if present, cock-up splint + wrist/finger extension exercises; electrical stimulation (NMES) to extensors
Supracondylar #	MOST IMPORTANT: No passive forced elbow extension - risk of myositis ossificans; only active-assisted ROM; avoid heat in early Phase 2
Olecranon #	Elbow flexion exercises (gravity-assisted), progressively increasing; extension strengthening (triceps) introduced later
Elbow Dislocation	Aggressive ROM at 4-6 weeks; dynamic elbow splint if stiffness persists; avoid forced passive stretching (myositis ossificans risk)
Colles' Fracture	Focus on wrist flexion-extension, forearm pronation-supination, radial-ulnar deviation; DRUJ mobility; grip strengthening with putty; common complication - CRPS (monitor for it)
Monteggia #	Supination must be emphasized (PRUJ involvement); check radioulnar joint mobility at each session
Galeazzi #	Pronation/supination key (DRUJ involvement); progress forearm rotation carefully
Scaphoid #	Wrist flexion-extension, radial-ulnar deviation begin gently; grip strengthening; monitor for AVN (pain with activity, dorsal wrist tenderness)
Rolando's / Phalanges #	Opposition training, pinch grip, fine motor activities; splinting if intrinsic tightness develops

PHASE 3 - Functional Restoration / Return-to-Activity Phase (6 weeks onwards)

Common Goals (All Fractures)

Achieve full muscle strength (5/5 MMT)
Full ROM or maximum achievable ROM
Neuromuscular control and proprioception
Return to work, sports, and daily activities

Common Interventions

Progressive resistance exercises (PRE) - DeLorme technique (3 sets x 10 reps, progressive loading)
Closed kinetic chain exercises - weight bearing through arm, wall push-ups
Proprioception training - balance board exercises, perturbation training
Functional activities - throwing, lifting, overhead activities
Work hardening - simulated work tasks
Sport-specific training (for athletes)
Hydro/aquatherapy (if available) - water resistance exercises
Ultrasound therapy over fracture callus to promote bone healing (controversial but used)

Fracture-Specific Differences in Phase 3

Fracture	Special Consideration
Shoulder Dislocation	Sport-specific proprioception, rotator cuff endurance; recurrence prevention program; Bankart lesion patients need longer Phase 3 (3-6 months)
Proximal Humerus #	Full overhead strength; rotator cuff progressive strengthening; return to sports 4-6 months
Humeral Shaft # with radial nerve palsy	If nerve recovery is present, progress wrist and finger extensors; hand therapy for intrinsic-extrinsic balance
Supracondylar #	Do NOT use heat modalities or vigorous passive stretching even in Phase 3 if myositis ossificans is suspected (X-ray confirmation first); final goal - full elbow extension and flexion
Colles' Fracture	Grip and pinch strength restoration; functional activities (writing, typing, cooking); watch for late CRPS
Scaphoid #	Prolonged - union can take up to 3-4 months; grip and wrist strength; avoidance of extreme wrist loading until healed
Phalanges #	Fine motor training, handwriting, musical instruments; joint mobilization for PIP/DIP stiffness

KEY DIFFERENCES SUMMARY AT A GLANCE

Condition	Phase 1 Highlight	Phase 2 Highlight	Phase 3 Highlight
Supracondylar #	NV monitoring, Volkmann's watch	NO passive forced extension, NO heat	Still no forced passive stretching
Shoulder Dislocation	Restrict ER + ABD	Proprioception begins	Recurrence prevention program
Humeral Shaft #	Start physio 2-3 days post-ORIF	Radial nerve palsy management	NMES if nerve recovery
Scaphoid #	Thumb spica, no wrist movement	Late to mobilize wrist (6+ weeks)	Prolonged - AVN monitoring
Colles' #	Shoulder/elbow/finger free from day 1	DRUJ + CRPS watch	Grip/pinch restoration
Monteggia #	Supination correction priority	PRUJ mobility	Forearm rotation strengthening
Olecranon #	No elbow extension against gravity	Triceps later, flexion first	Full elbow functional strength

Sources:

Rosen's Emergency Medicine, Proximal Humerus section (Cochrane review evidence for early physiotherapy within 1 week)
Rockwood and Green's Fractures in Adults 10th Ed 2025 - Humeral shaft postoperative care
Schwartz's Principles of Surgery 11th Ed - Proximal Humerus management
Clinical physiotherapy management principles (Kisner & Colby, Datta's Physiotherapy)

Note: The supracondylar fracture in children and Colles' fracture in the elderly are the two fractures that most commonly appear in physiotherapy examinations with distinct management rules. Always remember: no passive forced movement at the elbow (myositis ossificans risk) and early finger movements for Colles' are high-yield points.

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